Advancing technology is your solution for revolutionary laser, waterjet, and plasma cutting that offers unrivaled efficiency, speed, and precision. Transform your manufacturing capabilities with laser and waterjet cutting tools.
Advancing technology is your solution for revolutionary laser, waterjet, and plasma cutting that offers unrivaled efficiency, speed, and precision. Transform your manufacturing capabilities with laser and waterjet cutting tools.
Jobs requiring 50+ man-hours for cutting and drilling, limited by bandsaw, grinder and hand torch capabilities.
Problems shredding large sheets, creating intricate components, and achieving uniform quality across all workpieces.
Excessive operating costs, material scraping, and inability to li e production to meet demand.
Reluctance to CNC dread and fears about the steep requirement of more sophisticated slicing machines.
Explore solutions to your manufacturing challenges with our innovative technology.
Gain competitive outcomes by real-time adjustment of cutting parameters with industry-leading AI.
Cut, weld, engrave and mark with one machine. Versatile systems streamline workflows with consolidated equipment, optimizing costs.
Equipment is custom tailored through modular components. Specialized lenses, cutting heads, and software modules can be added to suit your needs.
Cut operational costs and carbon footprint with advanced green technology. Power consumption is reduced by 40% with no speed or quality compromise.
Find exceptional deals on metal cutting equipment. These tools are crucial for your business, and are categorized for exactness, long-lasting, and impeccable quality.ANTISHICNC offer you laser cutting machine, Bandsaw cutting machines, Water-jet cutting machines
Laser Power: 1500W to 6000W
Cutting Speed: Up to 100m/min
Material Thickness: 1mm to 38mm
Positioning Accuracy: ±0.02mm
Voltage: 220V/380V, 3-phase
Blade Diameter: 125mm to 305mm
Cutting Speed: Adjustable, high precision
Cutting Angle: 0° to 45° adjustable
Motor Power: 1.5kW to 5kW
Voltage: 220V/380V, 3-phase
Cutting Pressure: Up to 60,000 psi
Material Thickness: Up to 1 inch
Abrasive Rate: 0.33 lb/min
Positioning Accuracy: ±0.03mm
Cutting Area: 12" x 18" or larger
Some of the available machines for cutting metal include plasma cutting machines, band saws and CNC machines. These machines are capable of slicing through various metal types, like stainless steel, and are suited for the precise and quick cutting of metal sheets and parts.
| Laser Cutting Systems | |
|---|---|
| Power Output | 500W - 10kW |
| Cutting Speed | Up to 10 m/min |
| Precision | ±0.001" tolerance |
| Material Thickness | Up to 30mm (metals) |
| Work Area | 300x200mm to 2500x1500mm |
| Wavelength | 1.06μm (Fiber), 10.6μm (CO2) |
| Waterjet & Plasma Systems | |
| Water Pressure | 60,000-90,000 PSI |
| Stream Velocity | 3x speed of sound |
| Plasma Current | 30-400 Amps |
| Cut Quality | Mirror-like finish |
| Operating Costs | 50% lower than alternatives |
| Uptime | 99.5% reliability |
Real results from real businesses using our metal cutting equipment
With regard to the use of a metal cutting machine, the material must be prepared, the machine configured with proper parameters such as speed and power, the workpiece secured, and the cutting procedure prescribed for precision and safety compliance.
Based on the model, power options, and additional features, the price of a 3D laser cutting machine varies between $46,000 and $83,500.
A hydraulic iron cutting machine is an industrial machine used for the cutting, punching, and shearing of metal rods, angles, and channels, with a capacity ranging from 50 to 140 tons
A metal cutting machine for crafts enables craftsmen to aspire for intricate designs by customizing or personalizing projects on materials like metal, wood, or leather.
The classification for metal cutting machines is usually under HS Codes 84615090 for cutting-off machines or 8462 for generic metal cutting tools.
A metal laser cutting machine for home use such as a 1500W laser machine can slice through stainless steel as well as carbon steel. However, these machines seem to be overpriced as their market price lies between $20,000 and $40,000.
A machine tool for metal cutting is employed in manufacturing and engineering processes for the mechanized shaping and thermal cutting of metal materials employing cutting and CNC laser technologies.
Depending on the type and thickness of metal, it may be cut with circle saws, plasma cutters, tin snips, angle grinders, or even with hacksaws.
Selecting the best metal cutting blade depends on the specific application. For example, carbide-tipped blades offer precision and durability. For heavy-duty tasks, diamond blades can be used. Tungsten carbide-tipped blades work best for cutting steel and other metals.
For thinner materials, a hacksaw, tin snips for sheet metal, and bolt cutters for rods are effective and easy to use. Angle grinders and reciprocating saws are suitable for cutting thicker metal.
Because of their reduced density, ease to be shaped, or softness, metals like aluminum, brass, and even softer metals like sodium are simpler to cut.
The selection of tools for cutting metal can be best classified into three categories: angle grinders, which offer versatility; plasma cutters, which offer precision; and hacksaws, which are the most affordable among the three, depending on the level of precision and detail required for cutting.
CNC machining processing is versatile in regard to the nature of the materials involved; it can also be done on plastics, wood, composites, and even foams.
Visit our most recent blog entries regarding professional metal cutting equipment. We have tips, tools, and insights that will assist you in increasing both your cutting precision and efficiency.
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Receive a no cost initial assessment along with a tailored estimation pertaining to your requirements of metal cutting equipment. Our specialists are readily available to assist you in obtaining the most suitable answer.
A: With plasma cutting, the metal is cut using a jet of ionized gas traveling at a high speed. This technique is very good for cutting thick metal and offers a wide range of applications. In addition, the cut is clean and the waste is limited.
A: A chop saw quickly cuts metal parts at a fixed angle and does not cut intricate shapes. A band saw, on the other hand, is able to cut more intricate shapes, and more than one type of material.
A: CNC metal cutting tools enhance efficiency by providing automation while guaranteeing speed and accuracy. Such machines are indispensable as they ensure controlled and precise cutting of intricate designs, while their programmability guarantees uniformity and quality across several workpieces, making them ideal for repetitive tasks.
A: Stainless steel can be cut using high-speed steel (HSS) and carbide-tipped blades. Both of these are appropriate for use as they can withstand the high temperatures and maintain the needed rigidity and accuracy while cutting the metal parts.
A: With our waterjet systems, almost any material can be cut, including metals, stone, and composites, with virtually limitless compatibility. Our CNC plasma cutters can cut stainless steel, carbon steel, tool steel, mild steel, aluminum, iron, brass, and copper.
A: The productivity gained is remarkable with these machines. Reduction in time from 50 hours of manual work to a single 8-hour shift has been reported. Specific speeds differ for each type of material and its thickness.
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